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EU Food Contact Materials (Regulation 1935/2004)

EU Food Contact Materials (Regulation 1935/2004): Establish Chemical Migration, Product Safety and Packaging Compliance Duties Across Food Supply Chains

Maílis Carrilho
Written by Maílis Carrilho
Published Jul 7, 2026

Summary

EU Food Contact Materials rules, led by Regulation (EC) No 1935/2004, regulate materials and articles intended to contact food. They require materials to be safe and inert, preventing chemical migration that could endanger health or alter food. The framework affects packaging, coatings, inks, adhesives, kitchenware, processing equipment and recycled materials. Companies must manage declarations of compliance, migration testing, traceability and good manufacturing practice. The regime links food safety, packaging procurement, circular economy and supplier documentation.

Details

Jurisdictions
  • European Union
Mandatory for

Mandatory: food contact materials must comply with safety and inertness principles.

Functionally mandatory: declarations of compliance and supporting data for regulated materials.

Stronger requirements: plastics, recycled plastics and high-risk uses.

Deep dive

6 min read
Updated Jul 8, 2026

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What’s Required

The EU Food Contact Materials framework is built around Regulation (EC) No 1935/2004, which provides the harmonised legal framework for materials and articles intended to come into contact with food.

The European Commission states that the regulation sets general principles of safety and inertness for all food contact materials.

The architecture integrates:

  • Framework Regulation (EC) No 1935/2004.

  • Good Manufacturing Practice Regulation (EC) No 2023/2006.

  • Specific measures for certain material groups.

  • Plastic food contact rules.

  • Recycled plastic rules.

  • Migration limits.

  • Declarations of compliance.

  • Traceability requirements.

  • National rules where EU-specific measures do not exist.

This creates a food packaging chemical governance model, where product safety depends on:

  • Material composition.

  • Migration behaviour.

  • Manufacturing controls.

  • Documentation.

1. Safety and Inertness Requirements

Food contact materials must not transfer constituents to food in quantities that could:

  • Endanger human health.

  • Bring about unacceptable change in food composition.

  • Deteriorate food taste, smell or appearance.

This applies to:

  • Packaging.

  • Bottles.

  • Films.

  • Trays.

  • Coatings.

  • Adhesives.

  • Printing inks.

  • Kitchenware.

  • Processing equipment.

  • Storage containers.

  • Recycled plastic materials.

This establishes a chemical migration control system, where the key compliance question is not only what a material contains, but what can migrate into food under foreseeable use conditions.

2. Material Composition and Migration Testing

Businesses must assess whether substances can migrate from food contact materials into food.

This includes:

  • Overall migration.

  • Specific migration.

  • Substance restrictions.

  • Temperature and time conditions.

  • Food simulants.

  • Repeated-use testing.

  • Worst-case exposure scenarios.

  • Intended food type.

  • Intended use conditions.

For plastics, migration rules are particularly developed under specific EU measures.

Suppliers must provide:

  • Material composition information.

  • Testing results.

  • Declarations of compliance.

  • Use restrictions.

  • Supporting documentation.

  • Traceability information.

This creates a test-and-document compliance regime, especially for:

  • Plastic packaging.

  • Multilayer materials.

  • Recycled plastics.

3. Declaration of Compliance and Data Architecture

A defining feature is the documentation chain.

Food contact material suppliers must often provide declarations of compliance showing that materials meet applicable legal requirements.

The system supports:

  • Supplier-to-customer compliance communication.

  • Regulatory inspection readiness.

  • Product specifications.

  • Food safety audits.

  • Packaging procurement.

  • Traceability in case of recalls.

  • Circular packaging risk management.

This creates a documentation-based supply chain architecture, where each actor depends on upstream data about:

  • Substances.

  • Materials.

  • Testing.

  • Use conditions.

4. Recycled Materials and Circular Economy Implications

Food contact rules are highly relevant to circular economy strategies.

Recycled materials raise additional concerns because:

  • Contaminants may enter recycling streams.

  • Input material quality varies.

  • Legacy substances may be present.

  • Migration risk can increase.

  • Traceability is harder.

  • Decontamination processes must be controlled.

This affects:

  • Recycled plastic packaging.

  • Paper and board packaging.

  • Reusable containers.

  • Deposit return systems.

  • Food service packaging.

  • Retail packaging redesign.

This creates a circularity-chemical safety governance layer, where recycling targets cannot override food safety and migration requirements.

5. Scope 3 and Product Supply Chain Implications

Food contact materials affect Scope 3 and sustainability governance because packaging is a major purchased goods category for food, beverage, retail, and hospitality companies.

The rules influence:

  • Packaging design.

  • Supplier qualification.

  • Material substitution.

  • Recycled content decisions.

  • Product safety claims.

  • Waste and recyclability strategies.

  • Reusable packaging systems.

  • Digital product information.

Companies must integrate FCM compliance into:

  • Packaging procurement.

  • Supplier onboarding.

  • Product launch processes.

  • Quality management.

  • Retail specifications.

  • Food safety systems.

  • Sustainability claims review.

This creates a packaging compliance and Scope 3 governance model, where material choices affect both environmental performance and chemical safety.

6. Good Manufacturing Practice and Quality Controls

Manufacturers of food contact materials must operate under good manufacturing practices.

This includes:

  • Quality assurance systems.

  • Quality control systems.

  • Documented production processes.

  • Contamination prevention.

  • Traceability controls.

  • Raw material management.

  • Process validation.

Good manufacturing practice requirements ensure that materials are consistently produced in compliance with applicable rules.

This creates a manufacturing control layer, where compliance depends not only on testing final products but also on managing production processes.

7. Audit, Verification and Monitoring Systems

Compliance is enforced through:

  • Member State competent authorities.

  • Food safety inspections.

  • Packaging supplier audits.

  • Retailer audits.

  • Documentation checks.

  • Laboratory testing.

  • Traceability reviews.

  • Market surveillance.

Companies must:

  • Maintain declarations of compliance.

  • Retain supporting documentation.

  • Verify supplier information.

  • Conduct migration testing where relevant.

  • Control intended use conditions.

  • Update documents when formulations change.

  • Respond to non-compliance and recalls.

This creates a hybrid enforcement model, combining public controls and private food safety audits.

8. Procurement Integration and Supplier Segmentation

Suppliers are segmented based on:

  • Material type.

  • Food contact risk.

  • Temperature exposure.

  • Duration of contact.

  • Fatty/acidic/dry food compatibility.

  • Recycled content.

  • Multi-layer complexity.

  • Country of production.

  • Use in infant, medical or sensitive products.

High-risk suppliers face:

  • More testing.

  • Detailed declarations.

  • Migration data requirements.

  • Audits.

  • Material change notification requirements.

  • Restrictions on recycled content or inks.

  • Stronger technical specifications.

This creates a risk-based packaging supplier governance model.

Important Deadlines

Key timelines include:

  • Ongoing compliance with Regulation (EC) No 1935/2004.

  • Ongoing compliance with GMP requirements.

  • Updates to specific measures, especially plastics and recycled plastics.

  • Continuous documentation maintenance.

  • New testing when materials, suppliers or use conditions change.

  • Potential future EU reform of the food contact materials framework.

The Commission’s current legislation page confirms that Regulation (EC) No 1935/2004 remains the general framework for food contact materials.

Current Status

The framework is active and central to food packaging safety.

Current pressure points include:

  • Recycled content in food packaging.

  • PFAS and substances of concern.

  • Printing inks and adhesives.

  • Paper and board rules.

  • Reusable packaging systems.

  • Online and imported food contact products.

  • Interaction with Packaging and Packaging Waste Regulation.

  • Circular economy versus chemical safety.

Penalties for Non-Compliance

Enforcement may include:

  • Product withdrawal.

  • Packaging rejection.

  • Food product recall.

  • Market surveillance action.

  • Import refusal.

  • Supplier delisting.

  • Contract termination.

  • Administrative penalties.

  • Civil liability.

  • Brand damage.

This links food contact compliance directly to product safety and market access.

Examples of Known Failure Modes

Typical risks include:

  • Missing declaration of compliance.

  • Incorrect intended-use assumptions.

  • Excessive migration.

  • Non-compliant recycled material.

  • Uncontrolled inks or adhesives.

  • Poor traceability.

  • Supplier formulation changes without notification.

  • Imported packaging without EU documentation.

  • Reusable packaging degradation.

  • Contamination in recycling streams.

Resources


Maílis Carrilho
Added by:
Maílis Carrilho
Sustainability Research Analyst
Maílis Carrilho is a Sustainability Research Analyst (Intern) at Net Zero Compare, contributing research and analysis on climate tech, carbon policies, and sustainable solutions. She supports the team in developing fact-based content and insights to help companies and readers navigate the evolving sustainability landscape.
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Added on Jul 7, 2026 by Maílis Carrilho · Updated on Jul 8, 2026